- use new dual key footprints
- clean up violations
- convert to kicad 7
- on schematic, add diode per key
- start substituting unified keyboard project parts for standard kicad parts.
A prior commit apparently deleted several mounting holes.
- restore mounting holes
- update to Kicad7
- fix DRC errors resulting from update
- update footprints to use new shaped pads
In unikbd library, add eco2 layer holes to the OSI mounting holes part.
Since the osi keyboard cutout is on the eco2 layer, this allows the
mounting holes to be exported along with the cutout for case design.
The Eco2 layer is used for OSI mounting holes. Adding the eco2 layer to
the OSI mounting holes part allows export of these parts along with the
keyboard cutout as a DXF for case design.
* Initial commit.
* Add support for Franklin ACE 1000.
* Add ace1000_keyboard_test() for completeness.
* Add link to replacement keyboard.
* Add Franklin ACE 1000 replacement keyboard link.
* Add Franklin ACE 1000 keyboard.
* Activate caps-lock at powerup, and swap keymaps accordingly.
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Co-authored-by: Christopher RYU <software+github@disavowed.jp>
- Add production package scripts
- Configure BOM generation for KiBOM
- Add 3D models to path (add kicad 5 path variable to list)
- bump version to 3 for compatibility with versioning scheme
- fix various ERC and DRC errors resulting from upgrade
- list included nets in busses on schematic
- Modify Footprints with multiple options (therefore multiple sets of
pads) to used shaped pads and proper pad numbering to eliminate DRC
issues, and ensure proper behavior
- replaced DIP header with 13-pin 0.1" vertical header. Added labels to
the pins.
- removed left over unused diode
- reversed default on / default off labels on shiftlock mode jumper
block.
The encoder boards (ATmega328P, Atmega2560, Apple2(2560) can accomodate
keyboard matrices with no diodes, by adding per-row diodes on the
encoder board. For keyboards with per-key diodes (the typical use
case), the per-row diodes are not needed, and therefore the footprints
should be shunted by default, using a special shunted diode footprint.
When diodes are installed, the shunt can be cut with an x-acto knife.
Previous board revs had the correct footprint, but somehow the regular
diode footprint was substituted on the last release of each of these
PCBS. The correct footprint has been restored.
- Replaced standard MX footprint with spacebar footprint, including stabilizers
- Fixed courtyard on MX footprints in library to avoid collisions
- Added a DIP switch variant with header position closer to pin 1
- moved option DIP switch/header to align header better with edge of PCB.
- Add combined DIP-switch/Jumper footprint to footprint library
- Fix Apple2-encoder and interface-ascii-atmega2560 schematics and PCB to use
new footprint.
